Course Name: Faculty of Engineering Course Code: CBE 105 Engineering Geology A. Affiliation Relevant programs: Department offering the program: Construction and Building Engineering Department offering the course: Construction and Building Engineering Data of specification approval: B. Basic information Title: Engineering Geology Pre-requisite: Tutorial/Exercise: 2 2 Code: CBE 105 Credit Hours: 3 Practical: 0 Level: First year first semester Lectures: 2 C. Professional information 1. Course Learning Objectives: The course aims to provide students with skills to identify the components of the and methods configured with knowledge of the different types and study the properties of Geological and engineering study of the and the soil performed from. 2. Intended Learning Outcomes (ILOS) a. Knowledge and understanding: On successful completion of the courses, the student will be able to: a1- Explain the composition of the to study the rock method a2- Describe the behavior and engineering geology and some geological features such as faults and joints a3- Explain the main soil behavior and style of composition and its basic definitions
b. Intellectual skills: b1- Analyze the layers and components of the earth's crust and other components of the earth. b2- Identify the difference between the properties geological and engineering properties of different. b3- Identify the main properties of the soil composition and style of the various deposits c. Professional and practical skills : c1- Identify components and installation of various types of metallic rock. c2- Identify the rock and style sedimentary soil formation. c3- Initial survey designed of Egyptian. d. General and transferable skills: d1- Continue to study engineering in the mentality of rock engineering geological behavior. d2- Familiar with all the different types and style classification Course Contribution in the Program ILO s Course ILO s Program ILO s a Knowledge and understanding A1, A3, A10, A14, A15 b Professional and practical skills B4, B7, B13, B15 c Intellectual skills C1,C11, C12 Distributed Systems Page 2
d General and transferable skills D9 3. Contents Week Lecture Lecture hours 1 2 3 Practical formative formative formative 4 Study rock 2 Exercises on the rock Study rock 2 Exercises on the rock 5 6 Study rock 2 Exercises on the rock 7 Study the different types of 2 Exercises on the types 8 Study the different types of 2 Exercises on the types 9 Study the different types of 2 Exercises on the types The study of geological maps 2 Exercise on The study 10 of geological maps 11 The study of geological maps 2 Exercise on The study of geological maps Study the engineering properties 2 Exercise on the Study 12 the engineering properties 13 Study the engineering properties 2 Exercise on Study the engineering properties Study the engineering properties 2 Exercise on Study the 14 engineering properties Study soil composition and 2 Exercise on Study soil 15 main properties composition and main properties Practical hours total 4. Teaching, Learning, and Assessment methods: Distributed Systems Page 3
General Tran. skills Professional skills Intellectual skills Knowledge & Understand ing Course ILO s Lecture Sections Tutorials Laboratory Written Exam Practical Exam Quizzes Term Papers Assignments Reports Faculty of Information systems and Computer science Teaching and Learning Methods Assessment Method a1 a2 a3 a4 b1 b2 b3 b4 b5 b6 c1 c2 c3 c4 c5 c6 c7 c8 d1 d2 d3 d4 5. Assessment Timing Grading: Assessment Method Timing Grade (points) Semester Work : seminars, quizzes, 10-th week 10 Assignment and reports Mid Term Exam 8-th Week 20 Distributed Systems Page 4
Attendence All weeks 10 Written Exam End of semester 60 Total 100 6. List of references: Course notes: Engineering geology Required books: Book Engineering Geology accredited college Recommended: Book Enggineering Geology accredited college [1] [2] Periodicals, Web sites, etc. 1. 2. 3. 7. Facilities required for teaching and learning: - Data Show or Smart Board - Adequate Lecture hall included the construction department. Course coordinator: Mohammed Nabil Serraji Head of the Department: Wael Montaser Date: / /2017 Distributed Systems Page 5